volvo d16-500v_2050-xe.pdf

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900 1400 1900 2400 2900 3400 -100 50 200 350 500 650 700 900 1100 1300 1500 1700 1900 2100 Torque (LB-Ft) Advertised Power, HP 500 Peak Power, HP 525 Peak Torque, lb-ft@rpm 2050@1050 Governed rpm 2100 Recommended cruise speed range, rpm 1200-1500 Start engagement torque, lb-ft@rpm 850@800 Volvo D16 - XE 500 / 2050 SPECIFICATIONS Ratings: Power: 500 HP Torque: 2050 lb-ft Base Engine Configuration 4 cycle / Inline Six Emissions SCR Selective Catalytic Reduction Aspiration Sliding Nozzle Variable Geometry Turbocharger Cam / Valve Configuration SOHC / 4 Valves per Cylinder Cylinder Head One Piece Rigid Deck Cylinder Head Injection System Dual Solenoid Electronic Unit Injection Fuel Injection Pressure, psi (bar) 35,000 (2,400) Electronic Management System Volvo VECTRO Rating Uprateability Software Only, Throughout Range Displacement, cu. in. (L) 984 (16.1) Compression Ratio 16.0:1 Bore & Stroke, in. (mm) 5.67 x 6.5 (144 x 165) Cylinder Spacing, in. (mm) 7.32 (186) Full Dress Dry Weight, lb. (kg) 3134 (1422) Fuel and Lubrication: Fuel Specification Ultra Low Sulfur Diesel, 15 ppm Fuel Filters Primary plus Secondary Total Lube Oil Capacity, qts. (L) 44 (42) Oil Filtration Two Full Flow, One Bypass Oil Drain Interval, Normal Service, miles (km) 35,000 (56,000) Oil Specification Volvo VDS-4, SAE 10W-30 FLOCS Oil Drain Kit Optional Engine Equipment: Air Compressor, CFM Two Cylinder, 31.8 Retarder I-VEB Volvo Engine Brake Engine Brake Rating at 2200 rpm 600 hp @ 2200 rpm Engine Brake Rating at 1500 rpm 420 hp @ 1500 rpm Engine Brake Weight, lbs. (kg) 25 (12) PTO Port for Live Rear PTO Pump or Shaft Standard Preheater, Electrical Optional All Volvo 2014 engines fully comply with the latest EPA mandates. This means all regulated pollutants have been reduced by 99% from untreated levels. Yet Volvo meets these demands with outstanding reliability and fuel economy. This is because we use a Selective Catalytic Reduction (SCR) system designed for the highest efficiency. Which allowed us to pursue a passive regeneration concept that uses NOx in place of diesel fuel to regenerate the soot, further reducing your cost of operation. Engine Speed (RPM) Volvo D16 500V/2050 XE Power (HP)

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Page 1: VOLVO D16-500V_2050-XE.pdf

900

1400

1900

2400

2900

3400

-100

50

200

350

500

650

700 900 1100 1300 1500 1700 1900 2100

Torq

ue (L

B-F

t)

Advertised Power, HP 500Peak Power, HP 525

Peak Torque, lb-ft@rpm 2050@1050

Governed rpm 2100Recommended cruise speed range, rpm 1200-1500

Start engagement torque, lb-ft@rpm 850@800

Torque in low speed gears > 14:1, lb-ft 1700

Torque in higher speed gears <11:5, lb-ft 2050

Volvo D16 - XE

500 / 2050

SPECIFICATIONSRatings:

Power: 500 HPTorque: 2050 lb-ft

Base Engine Configuration 4 cycle / Inline Six

Emissions SCR Selective Catalytic Reduction

Aspiration Sliding Nozzle Variable Geometry Turbocharger

Cam / Valve Configuration SOHC / 4 Valves per Cylinder

Cylinder Head One Piece Rigid Deck Cylinder Head

Injection System Dual Solenoid Electronic Unit Injection

Fuel Injection Pressure, psi (bar) 35,000 (2,400)

Electronic Management System Volvo VECTRO

Rating Uprateability Software Only, Throughout Range

Displacement, cu. in. (L) 984 (16.1)

Compression Ratio 16.0:1

Bore & Stroke, in. (mm) 5.67 x 6.5 (144 x 165)

Cylinder Spacing, in. (mm) 7.32 (186)

Full Dress Dry Weight, lb. (kg) 3134 (1422)

Fuel and Lubrication:

Fuel Specification Ultra Low Sulfur Diesel, 15 ppm

Fuel Filters Primary plus Secondary

Total Lube Oil Capacity, qts. (L) 44 (42)

Oil Filtration Two Full Flow, One Bypass

Oil Drain Interval, Normal Service, miles (km) 35,000 (56,000)

Oil Specification Volvo VDS-4, SAE 10W-30

FLOCS Oil Drain Kit Optional

Engine Equipment:

Air Compressor, CFM Two Cylinder, 31.8

Retarder I-VEB Volvo Engine Brake

Engine Brake Rating at 2200 rpm 600 hp @ 2200 rpm

Engine Brake Rating at 1500 rpm 420 hp @ 1500 rpm

Engine Brake Weight, lbs. (kg) 25 (12)

PTO Port for Live Rear PTO Pump or Shaft Standard

Preheater, Electrical Optional

All Volvo 2014 engines fully comply with the latest EPA mandates. This means all regulated pollutants have been reduced by 99% from untreated levels. Yet Volvo meets these demands with outstanding reliability and fuel economy. This is because we use a Selective Catalytic Reduction (SCR) system designed for the highest efficiency. Which allowed us to pursue a passive regeneration concept that uses NOx in place of diesel fuel to regenerate the soot, further reducing your cost of operation.

Engine Speed (RPM)

Volvo D16 500V/2050 XE

Pow

er (

HP

)

Page 2: VOLVO D16-500V_2050-XE.pdf

500 / 2050

high-efficiency aftertreatment system

Volvo’s 2014 engines include high-efficiency aftertreatment systems that save you fuel and reduce maintenance.

For example, our SCR catalyst has a full 40˝ between the point of introduction of the Diesel Exhaust Fluid and where it meets the catalyst. This allows for the DEF to fully and completely convert to ammonia.

More importantly, our SCR catalyst has three bricks where others have two. This added capacity allows a greater catalyst efficiency, which enables our No-Regen strategy. We can adjust the EGR flow rate down while still eliminating all of the NOx in the catalyst. This allows us to deliver better fuel economy.

D16 drivetrain recommendations

It is critical to specify the truck properly to achieve maximum fuel economy and performance.

Ask your salesman to help you choose a rear axle ratio appropriate for your expected cruising speed and gross combination weight.

Volvo 2014 engines have been designed to achieve maximum fuel economy by cruising at low engine rpm. In D16 line haul specifications, the target is 1375 rpm at 65 mph.

For example, with 80K lbs GCW, 1850 lbs-ft torque, 295/75R22.5 drive tires and 0.74 top gear ratio, the 3.36:1 axle ratio would come closest to the 1375 rpm at 65 mph recommendation.

With 0.78 ratio transmission, you should use a 3.21:1 ratio for the same rpm at 65.

Never specify an EPA ’10 Volvo engine for a cruise speed above 1600 rpm.

Volvo Trucks North AmericaPO Box 26115Greensboro, NC 27402-6115

Volvo Trucks Canada2100 Derry Road West, Suite 410Mississauga, Ontario L5N 0B3

www.volvotrucks.us.com ©2013 Volvo Group North America, LLC

FEATURE BENEFIT

“No-Regen” DPF strategy, regenerating soot with only Passive (NO2-based) Regenera-tion; no 7th injector fueling for regeneration

Eliminates Active (oxygen-based) DPF Regenerations and the diesel fuel usage they require, for lower cost of operation

Available “Early Upshift” software encourages progressive shifting

Lower total engine revs; better fuel economy

Available I-VEB engine brake —strongest in class engine brake at cruise rpm Exceptional retardation at the rpm you drive

Volvo D11, D13, D16 share common design philosophies throughout the family

More thorough component development assures better design and evaluation

Rigid deck cylinder head with six headbolts around each piston; 31 in total

Headbolt arrangement designed for uniform clamping force for long life

Ultra-high 35,000 psi fuel injection pressure Finer fuel atomization for cleaner burn, reduced emissions and better fuel economy

Damper on camshaftReduced injection system generated torsional vibration and high frequency “buzz,” for longer component life

Precision-Flow Cooled Exhaust Gas Recirculation with Delta-P sensor for accurate EGR measurement

Together with accurate turbocharger and EGR valve, this closed-loop system is tuned to give just the EGR flow needed, no more, no less, for optimum fuel consumption

Oil-Cooled EGR valve with dual port design

Consistent temperature and accurate flow; balanced pressure design with reduced opening force for high reliability and stick resistance

Available I-VEB engine brake-strongest in class engine brake at cruise rpm Exceptional retardation at the rpm drive

I-VEB intelligently modulated the engine brake power for “downhill cruise: to maintain a steady vehicle speed during descent

Greater driving comfort; improved safety

‘Performance Bonus Guide’ software helps the driver operate in the most efficient zone

By altering the driver’s behavior through incentives, fuel savings can be significant and driver retention can be increased